Biemmedue High Pressure Cleaners
Efficiency in cleaning, reliability, safety, ease of use and maintenance: these are the guiding principles followed by Biemmedue in designing and manufacturing its range of pressure washers.
Pressure VS flow
Usually the major emphasis in a pressure washer is placed on the pressure factor (the force applied by water on the application surface), however the flow factor (volume of water delivered by the pump over time) is of equal if not superior importance.
Triplex pump VS axial pump
The triplex pump (crank connector rod system of three piston displacement) is preferable for rigorous and continuous applications and for professional use, while the axial pump (where the three-piston advance movement occurs through a rotating inclined plate and the reverse is spring-assisted) is mostly used for DIY and indicated for light use. All Biemmedue pressure washers (with the exception of entry level models) are made exclusively with piston pumps.
Hot water VS cold water
Hot water pressure washers are used for removing greasy, water-insoluble and tenacious dirt. The heat generated by hot water aids in washing away the dirt in less time and guarantees the rapid drying of the surfaces. Water is heated in a superior gasolinepowered boiler, which is the major strength of Biemmedue thanks to the technology and know-how in the design and construction of boilers and combustion chambers accumulated over the years as the world-leading manufacturer of space heaters. In a cold water pressure washer, the benefits of hot water are substituted by the use of specific detergents which according to their chemical composition can target various types of dirt. A cold water pressure washer is more compact and therefore indicated where spacesaving and manoeuvrability are required.
Electrical VS combustion engine, Single-phase VS Three-phase
The choice depends largely on the application. For this reason, Biemmedue has developed a complete range of different configurations which are illustrated in the following pages.
